summary I am JP, a talented and creative; autodidact, eclectic mechanical engineer/designer/detailer with 25 years’ experience designing machinery, tooling, dies and molds. I have extensive understanding of the product development cycle, 3d modeling and manufacturing operations using both additive and subtractive methods. Strong troubleshooting and problem-solving abilities coupled with the knowledge and tools to turn napkin sketches into 3d designs. I am passionate and flexible; very well-organized and efficient; goal-oriented and self-motivated. design/detailing Jigs, fixtures and gages; form, progressive, hot-stamping and trim dies for various aerospace and automotive applications; LSR Transfer molds for medical devices; plastic injection molds for agricultural and medical devices; automated high-speed assembly, process and test machinery for various aerospace, automotive and medical device applications; electric motor wire-winding, assembly machinery and transfer/in-line conveyor systems; sheet metal parts and weldments; pneumatic control systems; machinery and equipment used in various foundry industry applications; ultralights, UAV’s and R/C aircraft. Generate CNC toolpath/g-code, 3d printing and OMAX Waterjet files. BOM generation and management. Component, hardware and fastener purchase and tracking. Assist with machining, assembly, de-bug and validation process. Extensive knowledge of ASME Y14.5M GD&T, APQP/PPAP, 3d printing, SolidWorks MBD and OSHA safety requirements. Familiar with QS9001 and TS16949 procedures. software SolidWorks API development using C, C++, C# and vb.NET. SolidWorks, Simulation, Flow Simulation, ANSYS, CATIA v5, DraftSight, KeyShot, SolidCAM, MasterCAM, OnShape, Inventor, AutoCAD, Pro/E, Solid Edge, Unigraphics, OMAX, OpenFOAM, XFOIL, ESLOFT, ESBLADE, XROTOR, DFDC-ES, ESPROP, Mathematica, LabVIEW, TestWare, MATLAB, Simulink, Acrobat Pro and Microsoft Excel/Project/Word.